RFQ Experts Blog

Swaging tools are indispensable devices in the world of manufacturing and aviation, playing a crucial role in shaping and connecting various types of metals and materials. Whether you are a seasoned professional or just starting to explore the fundamentals of metalworking, understanding what swaging tools are and their diverse applications can be incredibly valuable when planning your next project. As such, read on as we discuss them in more detail.

When it comes to the intricate world of computer hardware, one component stands out as the fundamental backbone of any system—the motherboard. Often referred to as the logic board, the motherboard serves as a vital hub, connecting various hardware components and facilitating their seamless communication. In this blog post, we will delve into the fascinating realm of motherboards, discussing their functions and exploring the different types that exist in the industry.

While we may only think of plungers when we actually need them (i.e., when we clog our toilets), plungers are not confined to bathroom settings. In fact, plungers are also commonly employed for workpiece positioning applications. Typically, these types of plungers consist of a rod-shaped body that may or may not feature external threading, and they lock and position parts in place. Unlike toilet bowl plungers, the plungers we will discuss in this blog are of a different variety.

When working with machinery and applications that involve fluids, it is common for equipment like pumps and motors to be present. Despite the popularity of both devices across industries and applications, the two are unique with their own set of functions, roles, and designs. Since they are two of the most important industrial tools, it is highly advantageous to have a basic understanding of pumps and motors.

When you are working with hose systems to transport fluids in any application, there is a risk of leakage at connection points where the hose meets a fitting, such as a spigot or a barb. This can interrupt the efficiency of your system in a number of ways, so it is wise to employ the use of a hose clamp for such situations. Intended to fit around the outer diameter of the hose, a hose clamp is a ring-shaped component that works to ensure a tight seal at the connection point between your hose and a port. There are various systems that depend on hose systems, so the best type of hose clamp will be different for different applications. For your better knowledge, this blog will explore six common types of hose clamps and their applications.

Capacitors are electrical components that are found in many circuits, capable of storing electrical energy within an electrostatic field. As a passive electronic component with two terminals, capacitors typically serve the role of holding energy that is needed for a quick release, such as for the flash of a camera. Most capacitors are assembled from two parallel plates that are separated by a dielectric, that of which is a form of insulating material. In the market, there are various forms of capacitors that one can procure, the most common being electrolytic and ceramic capacitors. While the biggest difference between the two is the dielectric material of choice, there are other variations that are important to consider.

“Thermistor” is the name given to thermally sensitive resistors whose primary role is to show an accurate change in electrical resistance in response to changes in the surrounding temperature. They are made of semiconductor materials which exert less resistance in either increased or decreased temperatures depending on the device. In addition to being very small for use in tight spaces, thermistors respond quickly to temperature changes, making them the most sensitive temperature sensors out there. Both negative temperature coefficient (NTC) and positive temperature coefficient (PTC) thermistors’ values change when exposed to shifts in temperature, but the way in which they are impacted makes them suited for different applications.

When working in manufacturing processes involving metals, it is often very important that one knows the difference between soldering and desoldering. While soldering involves the process of joining pieces together by establishing a joint, desoldering is the opposite process where the solder is removed from a joint. Both processes can be very important for a number of applications and needs, and they both involve separate sets of equipment and safety instructions. Additionally, the practice of soldering and desoldering can be tricky to master, and both practices are known for their learning curves. To help you better understand how each is carried out and when, we will briefly discuss soldering and desoldering in this blog.

Commonly used for laboratory and industrial means, potentiometers and rheostats are two different types of variable resistors that are used in various electronics. To ensure networks are operating at peak efficiency, both devices are designed to control current and voltage flowing through a circuit by the means of actuating one or more knobs. However, while they may perform similar functions, they should not be interchanged with one another unless specified because of their individual and particular construction. To better understand how potentiometer and rheostat components function separately, we will go into detail on when each should be applied, alongside what to look for when choosing the appropriate part.

The aviation industry is continuously expanding across the globe at a rapid rate in recent decades, and millions of complex metal components are produced on an annual basis to meet demands for construction, repair, and much more. One of the most important innovations that bolstered metal production was aerospace CNC machining, which allows for the rapid construction of diverse aircraft parts and prototypes with lightweight materials such as aluminum and titanium. Whether one is assembling or designing a civilian aircraft, military jet, or space exploration vehicle, all applications rely on CNC machining to carry out the development and production process.